1、Balanced Use of Zn, Cu, Fe, and B Improves the Yield and Sucrose

Therefore, the present study was conducted to investigate the effect of micronutrient application on the growth, yield and sucrose content expressed as the polarization of sugar cane juice (POL%) under field conditions in sandy clay loam soil for two years.

2、Impact of Green and Organic Fertilizers on Soil Fertility and Sugarcane

Sugarcane juice, molasses resulting from the industrialization of sugar, or mixture can be used for fermentation. Vinasse from molasses fermentation has a higher nutrient concentration than produced from sugarcane juice’s fermentation (Laluce et al. 2016).

3、Why Sugar Can Really Fertilize Soil (Must Read)

Sugar feeds the microbes in soil and can be used as a fertilizer to boost the decomposition of organic matter (called the “priming effect”), resulting in the release of more nutrients available for plants.

Sugarcane productivity and sugar yield improvement: Selecting variety

This study aimed to evaluate the effects of sugarcane varieties, N fertilizer rates, and plant bioregulators on sugarcane productivity, cane juice quality, and sugar yield at Fincha'a Sugar Estate, Oromiya, Ethiopia.

Relationships between nutrients and sucrose concentrations in sugarcane

Fertilizer management is one of the factors that influence sugarcane quality. We accordingly focused on nutrients present in sugarcane juice and attempted to identify the key factors affecting sugarcane quality.

Growing Sugarcane

Everything you need to know about sugarcane fertilization, best practice, suitable products, field trials and more.

Best Fertilizer for Sugarcane: Organic, Biofertilizers, NPK, Compost

In Sugarcane, potassium and nitrogen fertilizers are given in split doses, applied in bands. An important precaution is to cover the fertilizer immediately after application, as fluctuations in hot weather can cause a great deal of nitrogen loss.

Impact of Green and Organic Fertilizers on Soil Fertility and Sugarcane

Several alternatives can be utilized to increase the sustainable nutrient use efficiency of both macro and micronutrients to make a balance for the profitability of the crop. Two of these...

Sugarcane Nutrient Requirements: Learn About Fertilizing Sugarcane

If you are lucky enough to live in a zone that is warm year-round, sugarcane can be fun to grow and produce an amazing source of sweetness. Along with site selection and general care, you will need to know how to fertilize sugarcane. This article will help with that.

Nitrogen fertilizer effects on sugarcane growth, nutritional status

We aimed to assess the effect of N-fertilizer sources and rates on sugarcane yield, biomass partitioning, juice quality, nutrient accumulation, and N efficiency in acid soils. Two field experiments were carried out in southeastern Brazil for consecutive five years.

Sugarcane juice, as a natural liquid fertilizer, holds certain application value in agricultural production. Below is a detailed analysis of sugarcane juice as a fertilizer:

I. Advantages of Sugarcane Juice as Fertilizer

1. Rich in Nutrients: Sugarcane juice contains multiple nutrients essential for plant growth, such as sugars, amino acids, vitamins, and minerals. These components provide necessary energy and nutrition for crops, promoting their development.

2. Enhances Soil Fertility: The sugars in sugarcane juice can be decomposed by soil microorganisms into organic matter, thereby increasing soil fertility. Additionally, it improves soil structure, aeration, and water-retaining capacity.

3. Promotes Root Development: The sugars in sugarcane juice stimulate root growth, enhancing the absorption capacity of roots and improving water and nutrient utilization efficiency in crops.

4. Reduces Chemical Fertilizer Use: Using sugarcane juice as fertilizer reduces reliance on chemical fertilizers, lowers agricultural costs, and minimizes environmental pollution from chemicals.

5. Environmentally Sustainable: Sugarcane juice is a renewable resource, and its production does not harm the environment, making it an eco-friendly agricultural practice.

6. Improves Crop Resilience: Proper application of sugarcane juice strengthens crops’ resistance to pests and diseases, enhancing their stress resilience.

7. Enhances Crop Quality: Using sugarcane juice improves crop quality, resulting in better taste and higher nutritional value.

8. Conserves Water Resources: Unlike chemical fertilizers, sugarcane juice does not require large amounts of water for dilution, aiding in water conservation.

9. Supports Biodiversity: Sugarcane juice protects soil ecological balance and fosters the proliferation of beneficial microorganisms, contributing to biodiversity conservation.

10. Reduces Environmental Pollution: As a renewable resource, sugarcane juice generates minimal waste during production, significantly reducing agricultural pollution.

II. Precautions for Using Sugarcane Juice as Fertilizer

1. Apply in Moderation: Excessive use may hinder crop growth or reduce yields. Application rates should be adjusted based on crop needs and soil conditions.

2. Avoid Direct Root Contact: Sugars in sugarcane juice may attract pests and pathogens. Dilute the juice before application to prevent direct contact with crop roots.

3. Combine with Other Fertilizers: Mix sugarcane juice with other fertilizers (e.g., organic fertilizers) to optimize soil fertility and structure.

4. Proper Storage and Transport: Sugarcane juice is perishable. Maintain appropriate temperature and sealing during storage and transport to prevent spoilage.

5. Tailor to Crop Type and Needs: Different crops have varying requirements. Adjust application based on crop species and growth stages for optimal results.

sugarcane juice is a natural liquid fertilizer with advantages such as rich nutrients, improved soil fertility, and promote root development. precautions like moderate application, avoiding direct root contact, and combining with other fertilizers must be followed. With proper management, sugarcane juice can advance sustainable agriculture, benefiting farmers and environmental protection.